Contact Resistance (CRES) Tester

CR8000 - PGT

The CRES Tester is an automated contact verification platform engineered for semiconductor test sockets, probe pins, pogo towers, and other high-density test interfaces. Combining precise contact resistance measurement with mechanical integrity analysis, it accurately detects defective pins, identifies contact degradation, and pinpoints fault locations with exceptional accuracy. Designed to improve production yield, reduce troubleshooting time, and extend test socket service life, it delivers fast, repeatable, and traceable inspection results for semiconductor manufacturing, quality assurance, and maintenance applications.

Engineered for
Reliable Contact Verification

Automate contact resistance and mechanical integrity testing to improve accuracy, accelerate troubleshooting, and maximize tester uptime.

CR8000 - PGT


Test Probe Contact Resistance Tester

Built For High Throughput Testing


CR8000 - PGT

Why Choose
CR8000-PGT?


Precise Faulty Pin Localization
Accurately isolate defective pins, eliminate guesswork
and accelerate your repair process.

Pogo Tower CRES

Automated Verification
Automates contact validation with high accuracy
to improve consistency and reduce manual inspection.

precise faulty pin localize

Pushing the Limits
Engineered for High Pin-Count BGA Applications.


Precise Faulty Pin Localization
Accurately isolate defective pins, eliminate guesswork
and accelerate your repair process.

Pogo Tower CRES

Automated Verification
Automates contact validation with high accuracy
to improve consistency and reduce manual inspection.

precise faulty pin localize

Pushing the Limits
Engineered for High Pin-Count BGA Applications.

Turn your Test System Into a
Strategic Advantage

CRES Lower Cost of Test

Lower Cost of Test

Eliminate custom lead boards
and reduce engineering cost.

Avoid repeated machine disassembly
and wasted labor.

CRES Yield Optimization

Yield Optimization

Eliminate guesswork, ensure every socket
is
production-ready before deployment.
Reduce false failures and
improve first pass yield.

CRES Universal Platform

Universal Platform

One system supports
multiple BGA specifications.

Fast transitions via software
or simple fixtures.

CRES Socket Utilization

Optimize Socket Utilization

Use precise data to
determine replacement timing.

Extend socket service life and
reduce repair downtime.

CRES Lower Cost of Test

Lower Cost of Test

Eliminate custom lead boards
and reduce engineering cost.

Avoid repeated machine disassembly
and wasted labor.

CRES Yield Optimization

Yield Optimization

Eliminate guesswork, ensure every socket
is
production-ready before deployment.
Reduce false failures and
improve first pass yield.

CRES Universal Platform

Universal Platform

One system supports
multiple BGA specifications.

Fast transitions via software
or simple fixtures.

CRES Socket Utilization

Optimize Socket Utilization

Use precise data to
determine replacement timing.

Extend socket service life and
reduce repair downtime.

Dual Validation:


Contact Resistance and Mechanical Integrity

CRES Press Animation No Ghost Shell

High-Precision
Electrical Measurement

Automatically measures contact resistance and continuity of every individual pin.

Mechanical
Integrity Analysis

Detects potential fatigue or damage affecting pin spring force and stroke.

Product Specifications

Item Description Specification
X/Y Stage Max Stroke X: 500mm; Y: 500mm
Resolution 0.5µm
Drive Method AC Servo motor with 10 Axis Index
Z Stage Stroke 200mm
Pin Loading Max Loading 1kgf
Accuracy 0.1gf

CR8000-PGT Demonstration


See CR8000-PGT in action
Discover how the CR8000-PGT automates contact resistance and mechanical integrity testing
to deliver fast, accurate, and repeatable results.

Force & Resistance Measurement

testprobe 2
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Failure Pin Analysis Tool

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